Rice Yellow Mottle Virus (RYMV) is an indigenous pathogen prevalent in Africa, and it exerts a considerable impact on rice production across the continent. The magnitude of yield losses resulting from RYMV infection varies significantly, ranging from 10% to as high as 100%. These variations are contingent upon several factors, including the specific rice varieties, timing of infection, cropping systems, vector populations, and the pathogenicity of the viral isolates. Utilizing the 1k Rice Genotyping Panel for rice, a mid-density genotyping resource (Arbalaez et al., 2019), which encompasses the informative DarT-SNPs markers rymv1-2, rymv1-5, and RYMV3-01 situated on rice chromosomes 4 and 11, we have identified a total of 82 accessions. Among these, 3 accessions harbor the rymv1-2 allele, 77 possess the rymv1-5 allele, and 2 accessions exhibit both the rymv1-5 and rymv3-01 alleles. It is also remarkable that these accessions originate from 18 different countries and encompass 40 classified as Oryza glaberrima, 20 as Oryza sativa indica, and 10 as Oryza sativa japonica. Additionally, it is important to highlight that 9 accessions previously identified as RYMV-resistant based on screening data with a viral isolate are included within this mini-collection.